read `/Users/emilykukura/Google Drive/Masters Project/InvolutionPrinciple.txt`:
print():

printf("****************************************************\n"):
printf("****************************************************\n\n"):

t1:=time():

g := generateEG(20, 12):

printf("A random example with |A| = 20 and |A`| = 12 is:"):
print():

g[1];

print():
printf("The bijection h: complement(A`) -> complement(B`) constructed from these values is:"):
print():

g[2];

print():
printf("The [total, average] number of iterations needed to find h was:"):
print():

g[3];

print():

t2:=time():

print():
printf("This took %f seconds.", t2-t1):
print():

printf("****************************************************\n"):
printf("****************************************************\n\n"):

t1:=time():

g := generateEG(1000, 980):

printf("A random example with |A| = 1000 and |A`| = 980 results in the construction of a bijection h: complement(A`) -> complement(B`) given by: "):
print():

g[2];

print():
printf("The [total, average] number of iterations needed to find h was:"):
print():

g[3];

print():

t2:=time():

print():
printf("This took %f seconds.", t2-t1):
print():

printf("****************************************************\n"):
printf("****************************************************\n\n"):

t1:=time():

g := generateEG(10000, 9980):

printf("A random example with |A| = 10000 and |A`| = 9980 results in the construction\n of a bijection h: complement(A`) -> complement(B`) given by: "):
print():

g[2];

print():
printf("The [total, average] number of iterations needed to find h was:"):
print():

g[3];

print():

t2:=time():

print():
printf("This took %f seconds.", t2-t1):
print():